wavicle


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wavicle

(ˈweɪvɪkəl)
n
(General Physics) physics an entity with both wave and particle properties

wav•i•cle

(ˈweɪ vɪ kəl)
n.
Physics. an elementary particle or other entity that can act like both a wave and a particle.
[1925–30; wav(e) + (part)icle]
References in periodicals archive ?
Bob Afamasaga says, “The New Science Physics Newsletter discusses Physics Periodic Table and Super Standard Model of 44 Elementary Particles which were created based on a single String called a Wavicle String that divides to form 2 other main Strings called Wave and Particle.
The 4 Electromagnetic forces as well as their properties and behaviors were pre-established by 4 Light Photons and their 8 Flavors created from 3 types of Strings called Wave, Wavicle and Particle Strings.
8220;The separate identity of each String as Wave or Electric or Nonmetal, Particle or Magnetic or Metal, and Wavicle or Electromagnetic or Metalloids were deduced from the discovery of Photons and Electrons by the following Nobel Prize recipients; Albert Einstein, Niels Bohr, Louis de Broglie, Werner Heisenberg, Erwin Schrodinger, James Maxwell, Richard Feynman, Ernest Rutherford to name a few and their colleagues.
Ainuu Afamasaga said, “The 3 Strings; the Wave [-->-] which is negative charged, Particle [-->+] which is positive charged and Wavicle [-->+-] which is both positive and negative charged or neutral will naturally combined at their dominant ends or the direction of their vibration [-->].
Electromagnetic Force holds together the 3 distinct types of Strings called Wave, Wavicle and Particle that forms 3 distinct Photons of Electric or Wave, Magnetic or Particle and Electromagnetic or Wavicle.
In the second part, paradigm shifts in the nature of reality are addressed, including atomism, theories of light and heat, and quantum wavicles.
Furthermore, one reads about present speculations on tachyons (hypothetical particles that always travel faster than the speed of light), wavicles (bodies with properties that behave like waves or particles depending on the detector used), non-locality, alternate histories, parallel universes, and subquantum hidden variables.